Boron Nitride Powder Online-Uses And Their Applications

Hexagonal Boron Nitride Powder | cdn11.bigcommerce.com

Boron nitride happens to be a ceramic material with superior performance and an excellent opportunity for development. HBN is referred to as an isomer of boron nitride as its structure is similar to that of graphite. Since it has a hexagonal layer structure, high process ability and soft texture are the features when ordering hexagonal boron nitride Nano powder. Because of the white colour, it is referred to as “white graphite.” In fact there are some common methods to develop Hexagonal Boron nitride powder.

Method of chemical vapour deposition

HBN is manufactured by the CVD method, where adoption of a hot wall tractor occurs. Even the gaseous materials that contain B and N and their introduction take place in a gas chamber. In addition, a chemical reaction occurs between the gaseous raw material and the high temperatures that develops a BN powder. The sources of boron are known to use boron-containing substances like BF3 and when it is a nitrogen-containing compound, it is NH3 or NH2. The purity of the HBN powder that is developed by this method is superior. A lot of factors do play a role in the purification process.

In addition, boron nitride may be mixed with urea and, in an ammonia gas stream, it may be heated to develop boron nitride. This happens to be a traditional method of developing HBN, where there is a low investment, low production cost, and the process is simple. For industrial production, the method is simple as the boron nitride that is obtained by this method has high purity.

The hexagonal boron nitride Nano powder was developed by the hydro-thermal method

The solvent synthesis method is also termed the hydrothermal method. In this environment, substances tend to be soluble or insoluble and can be dissolved and form new crystals. Even though hexagonal boron nitride Nano powder is easy to control, so is the formation process. The product material may reach the nanometer scale, the spherecity and uniformity are low, but the yield happens to be on the lower side.

The use of HBN caters to a wide range of applications, and its purity, along with its reasonable price, holds importance.